Cutler-Hammer 2P200A - 200A, Circuit Breaker

The Cutler-Hammer 2P200A is a 200A two-pole circuit breaker built for reliability in demanding electrical systems. Designed for panelboards, switchboards, control panels, and OEM equipment, this device delivers dependable overcurrent protection where it matters most—in industrial, commercial, and OEM applications. If your operation relies on safe, uninterrupted power to critical loads, this breaker is a confident choice.

• 200A current rating with a two-pole design that ensures both live conductors trip together on fault conditions, reducing the risk of unsafe arcing and multi-wire faults.
• Versatile installation—compatible with panelboards, switchboards, control panels, and OEM equipment, supporting a wide range of distribution and motor-control configurations.
• Reliable overcurrent protection to shield feeders and equipment from short circuits and overloads, helping minimize downtime and conductor damage in busy electrical rooms.
• Ideal for motor control centers and distribution panels where high-demand loads need fast, predictable interruption and secure system behavior.
• Durable, field-proven construction from Cutler-Hammer, a brand with a long track record of performance in challenging environments.

Who benefits most—manufacturers with heavy motors and conveyors, facilities managing large feeders in electrical rooms, OEM builders requiring a dependable 2P200A protection device, and any installation upgrading to a trusted Cutler-Hammer solution for enhanced safety and reliability.

Practical usage and installation notes—verify compatibility with your specific panelboard, switchboard, or OEM setup; ensure correct busbar alignment and follow OEM installation instructions for secure terminations. Plan for future needs by aligning this 200A protection device with your overall electrical protection strategy in motor control centers and distribution panels. With the Cutler-Hammer 2P200A in place, you gain clear, decisive protection that supports safe operation and steady performance across demanding applications.